HONEYWELL Security & Custom Electronics
149 Eileen Way
Syosset, NY 11791
Architect and Engineer Specification for:
IS310 Request to Exit (RTE) Sensor
DESCRIPTION:
Document – Architects/Engineer Specification
Model – IS310
Product Description – Request-to-Exit (RTE) Passive Infrared (PIR) Sensor
Note – Words/statements within square brackets [] may be included when appropriate, or when
selection is required.
OVERVIEW:
The Request-to-Exit (RTE) Sensor shall be mounted near an exterior door inside a building with an
access control system. The Request-to-Exit sensor shall provide free exit to individuals within the
building without causing an alarm. Request to Exit sensor[s] shall operate using Passive Infrared
(PIR), and shall be listed by Underwriter’s Laboratories under UL 294-Access Control System Units,
FCC Part 15, C22.2 No. 205-M1983- Signal Equipment and CE.
INTERFACE AND ENCLOSURE:
The enclosure should be ready for surface wall or ceiling mounting without modification. An optional
accessory single gang trim plate shall be available for use when the RTE is mounted over a single
gang box.
Each detector shall feature a single piece electronics board. The board shall fit into the rear
housing. The rear housing shall be secured to the front housing with a snap fit. The enclosure
should have a large rear-wiring channel, shall include elliptical mounting holes for horizontal and
vertical level adjustments and shall clearly indicate which direction it should be mounted in.
The sensor shall have a terminal strip for wiring connections to allow easier installation and the
ability to inspect the wiring connection for a more reliable operation. Each sensor shall provide the
detection, signal processing, alarm relay, and operating power circuitry in the same enclosure; and
shall provide an alarm relay actuation upon the detection of a person moving into or through its
coverage pattern.
LED OPERATION:
Each sensor shall incorporate a single, Green LED to indicate the operating condition. The Green
LED will be illuminated for the duration time the relay contact is opened for. When the Green LED is
not illuminated this shall indicate a ready non-activation condition. During initial power up, the Green
LED shall remain on for two minutes during the “power-up” sequence. The LED indicator shall be
optional; it shall be capable of being field disabled via a On/Off dipswitch.
POWER REQUIREMENTS AND CURRENT CONSUMPTIONS:
The sensor[s] shall be capable of operating from a AC or a DC power source rated within the range
of 12 to 28 VDC or VAC (3V peak-to-peak @12.5V). The sensor[s] current draw shall be <50mA
current consumption.
INTERNAL “TAMPER PROOF” SHUTTERS:
The sensor shall contain adjustable shutters behind the PIR cover. These shutters are used to
adjust the field of view width and provide precise target area detection. This adjustment may be
necessary when the Request-to-Exit Sensor is installed where it may be tripped by non-exiting foot
traffic or other erroneous sources at either or both edges of the detection area. By having the
shutters internally this will prevent someone from intentionally or unintentionally adjusting the RTE’s
field of view.
SENSOR STABILITY AND PERFORMANCE:
The Request-to-Exit sensor shall use a balanced Dual Opposed Element detector to guard against
unwanted activations caused by changes in infrared energy not associated with motion.
To guard against false activations caused by RF interference, the detector shall incorporate RFI
protection. No alarm shall occur at 30 V/m within the range of 1-1000 MHz. A dual slope
temperature compensation circuit shall also increase detection capability under high temperature
conditions where the background temperature is similar to that of the human body.
ENVIRONMENTAL CONDITIONS:
The sensor[s] shall be rated to operate within the temperature range of [32° Fahrenheit to 122°
Fahrenheit][0° Celsius to 50° Celsius]. The sensor[s] shall tolerate an environmental relative
humidity of <95% non condensing. No false alarm shall occur within these operating conditions.
OPTICS:
The detector[s] shall use Fresnel lenses, and the optics chamber shall be sealed to eliminate the
chance of a false alarm due to drafts or small insects.
SELF TEST:
The detector shall incorporate self tests of the PIR channel as well as the temperature
compensation components to ensure proper circuit operation. The self test routine should run on
power up and routinely during operation.
LENS AND DETECTION PATTERNS:
Each sensor shall contain a front mounted hard and durable Fresnel lens that shall focus the
received infrared energy onto the sensor. The Fresnel lens shall be designed to maintain Uniform
Sensitivity Optics throughout the protection pattern, providing even coverage and detect ability
throughout the coverage pattern, helping to detect an person wising to exit at the edge of the
protected area as easily as directly in front of the sensor.
MOUNTING HEIGHT:
The sensor[s] shall be capable of being mounting at a height from 7’ to 15’ [2.13- 4.57m].
RELAY TIMER MODE and DURATION:
The sensor shall have two modes for the relay timer (re-trigger or fixed) the mode shall be
selectable via dipswitch. In the re-trigger mode, the relay timer is restarted whenever motion is
detected. The relay will only de-activate when the time programmed expires without additional
motion detected during the active period. In the fixed mode the relay will deactivate at the expiration
of the relay time programmed and additional motion detection during the active period has no effect.
The sensor shall have an adjustable relay timer from 0.5 seconds to 64 seconds which is set via
dipswitches
RELAY (DUAL):
The sensor shall have two double pole/double throw Form C relays with a contact rating of 1A max
at 30VDC max. The relay may be used to control a magnetic lock or signal an access control
system. All relay connections (common, normally closed, and normally open)for both sets of
contacts are available on the terminal block.
RANGE:
From 5.5' x 2' ( 1.67m x 0.6m) up to 15.8' x 8.4' (4.8 x 2.5m) depending on mounting height
PHYSICAL CHARACTERISTICS:
The dimensional size of the sensor shall be 7”L x 2”W x 2”H [17.8cm x 5.1cm x 5.1cm]. The sensor
and accessories shall be available in White or Black (IS310WH- White Housing or IS310BL- Black
Housing)
MODELS:
The Request-to-Exit (RTE) Sensor shall be model IS310 with optional single gang trim plate.